Schwinn Twinn Classic Tandem Adult Beach Cruiser Bike, Double Seater, Low Step Medium Or Large Frames, 7 or 21-Speed, 650c Urban Tires, Alloy Caliper Brakes
Schwinn Twinn Classic Tandem Adult Beach Cruiser Bike, Double Seater, Low Step Medium Or Large Frames, 7 or 21-Speed, 650c Urban Tires, Alloy Caliper Brakes
Regular price
$1,094.99 USD
Regular price
$0.00 USD
Sale price
$1,094.99 USD
Unit price
/
per
Why bike alone when you can share the ride? With the Twinn Tandem Bicycle from Schwinn you and a partner can enjoy the sights of your favorite bike path together. Loaded up on features like mechanical disc brakes and 21-speed shifters, the Twinn was built with comfort and performance in mind. With adjustable seat heights and an extra low step-through in the rear, the Twinn can fit riders of different shapes and sizes so nobody has to be left at home.
SPECIFICATIONS
- Brand Name: XMSJ
- Type: Tandem Bike
- Fork Material: X
- Frame Material: X
- Origin: US(Origin)
- Applicable People: Unisex
- Rim Material: X
SHIPPING AND DELIVERY
FREE SHIPPING
- Order Processing Time: 1-2 Business Days
- Order Delivery Time: 6-8 Business Days (FeDex or UPS)
Number of Speeds | 21 |
Color | Grey |
Wheel Size | 26 Inches |
Frame Material | Aluminum |
Suspension Type | Front |
Special Feature | Aluminum Frame |
Included Components | Schwinn Twinn Bike |
About this item
- Twinn Tandem Medium/20-inch frame (front) and 16-inch frame Stroker (rear), 650c Wheels, fits riders Captiain 5'11" to 6'2" and Stroker 5'3" to 5'10"
- Aluminum tandem frame, with its extra low step-thru rear bar, is specifically designed to provide a comfortable fit for smaller riders
- Ensure smooth shifting on every ride with the 21-speed trigger shifters and rear derailleur, which offer an extended gear range and seamless transitions between gears
- Second set of handlebars and suspension fork puts you in complete control when you ride
- Ergonomic grips and plush fitness saddles create a comfortable and enjoyable ride while mechanical disc brakes offer superior all-condition stopping power